Tan Ngoc Nguyen

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About

Tan Ngoc Nguyen is a leading researcher in soft robotics and intelligent materials, whose work bridges the gap between artificial muscles and electronic skin. Her primary research areas include soft capacitive sensors, ionic actuators, and bioinspired haptic interfaces. Nguyen’s most notable contribution is the development of a groundbreaking soft capacitive sensor skin that can discriminate between touch, press, and stroke motions—a critical advancement for safe human-robot interaction. By engineering patterned elastomers with fixed and sliding pillars, her 2023 paper (28 citations) enables machines to perceive shear and normal forces with unprecedented subtlety. She has also redefined the field of artificial muscles with her work on asymmetric PEDOT:PSS trilayers (2021, 23 citations), which overcome the low force output limitations of traditional bending actuators, offering linear motion and dual actuation-sensing capabilities. Nguyen’s innovations are paving the way for prosthetics that feel, collaborative robots that respond gently, and wearable haptic devices. Her research is widely cited for its elegant combination of materials science and mechanical design, positioning her as a rising star in the quest for truly lifelike soft machines.